Our website uses cookies to better meet your requirements. Proper configuration of browser options allows you to block or remove cookies but can also cause the site to not function properly or even at all. By continuing to use the site, with no change to your browser settings, you agree to the use of cookies.
Learn about our Privacy Policy for cookies and other similar technologies.

E-Z Valve

E-Z Valve with immersion pipe is connected to radiators with a lower one-point connection, e.g. bathroom radiators, column radiators, etc.. Centre-to-centre distance of pipe connections 50 mm.

Product Information

For single and two-pipe heating systems

E-Z Valve with immersion pipe is connected to radiators with a lower one-point connection, e.g. bathroom radiators, column radiators, etc.. Centre-to-centre distance of pipe connections 50 mm.

Technical description

E-Z Valve, nickel-plated with corrosion-resistant gunmetal, immersion pipe, for radiators with a lower singlepoint connection. Available in angle and straight versions for both single and two-pipe systems. The single-pipe design has been created with a radiator portion of 35%.
E-Z Valves work with all IMI Heimeier thermostatic heads and IMI Heimeier and IMI TA actuators. The stainless spindle is equipped with a double O-ring seal. The outer O-ring and the complete thermostatic insert can be changed without draining-off the system.
The return shut-off is actuated with a hexagon key, size 8. With a two-pipe system, the return shut-off also assumes the presetting function. The spindle is sealed with an EPDM O-ring.
Pipe connector G 3/4, with compression fittings for plastic, copper, precision steel, or composite pipes.
For IMI HEIMEIER valves, use only the IMI HEIMEIER compression fittings which have been designed and indicated for the particular application (e.g. ID no. 15 THE).
Permitted operating temperature 120°C, permitted operating pressure 10 bar.

The products, texts, photographs, graphics and diagrams in this document may be subject to alteration by IMI Hydronic Engineering without prior notice or reasons being given. For the most up to date information about our products and specifications, please visit www.imi-hydronic.com.

Product Articles

Animations & Films

Use our interactive animations to simulate the effects of our innovative product as it would perform in your HVAC system. See our product films and learn more about how our products can help you. Click the play button to get started!

Text for Tenders